/* DATA DESCRIPTION: Citation: Durn, Goran; Wacha, Lara; Bartolin, Mateja; Rolf, Christian; Frechen, Manfred; Tsukamoto, Sumiko; Tadej, Neven; Husnjak, Stjepan; Li, Yan; Rubinic, Vedran (2020): Thermal behaviour of the specific susceptibility (Fig. 11b) [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.925769, In: Durn, G et al. (2020): Here rockmagnetic results: Provenance and formation of the red palaeosol and lithified terra rossa-like infillings on the Island of Susak: A high-resolution and chronological approach [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.925815 Keyword(s): palaeoenvironment reconstruction; Palaeomagnetic and rockmagnetic investigations Related to: Durn, Goran; Wacha, Lara; Bartolin, Mateja; Rolf, Christian; Frechen, Manfred; Tsukamoto, Sumiko; Tadej, Neven; Husnjak, Stjepan; Li, Yan; Rubinic, Vedran (2018): Provenance and formation of the red palaeosol and lithified terra rossa-like infillings on the Island of Susak: A high-resolution and chronological approach. Quaternary International, 494, 105-129, https://doi.org/10.1016/j.quaint.2017.11.040 Coverage: LATITUDE: 44.510532 * LONGITUDE: 14.313862 Event(s): Bok_Bay * LATITUDE: 44.510532 * LONGITUDE: 14.313862 * LOCATION: Susak island, Croatia * COMMENT: Bok Bay red palaeosol. Comment: Heating 3-135// Cooling 136-278 TSUSC=uncorrected total susceptibility SCSUSC=total suceptibility corrected for empty furnace NSUSC= susceptibility normalized by maximum value BULKS=bulk susceptibility norm initial values=bulk susceptibility/initial BULK Parameter(s): Temperature, technical [°C] (T tech) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) Susceptibility, normalized (Suscept norm) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) * COMMENT: TSUSC Susceptibility, normalized (Suscept norm) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) * COMMENT: CSUSC Susceptibility, normalized (Suscept norm) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) * COMMENT: NSUSC Susceptibility, specific, bulk normalized (chi bulk norm) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) * COMMENT: BULK Ratio (Ratio) * PI: Rolf, Christian (https://orcid.org/0000-0002-1459-6664, christian.rolf@leibniz-liag.de) * COMMENT: norm initial value License: Creative Commons Attribution 4.0 International (CC-BY-4.0) (URI: https://creativecommons.org/licenses/by/4.0/) Size: 1656 data points */ T tech [°C] Suscept norm (TSUSC) Suscept norm (CSUSC) Suscept norm (NSUSC) chi bulk norm (BULK) Ratio (norm initial value) 17.7 32.3 94.68 0.820 4734.0 1.00 19.8 32.0 94.38 0.818 4719.0 1.00 26.2 32.7 95.08 0.824 4754.0 1.00 34.2 33.3 95.75 0.830 4787.3 1.01 42.0 33.6 96.08 0.833 4804.0 1.01 49.5 34.1 96.54 0.837 4827.0 1.02 56.3 34.4 96.84 0.839 4842.0 1.02 62.8 34.8 97.29 0.843 4864.4 1.03 68.8 35.2 97.73 0.847 4886.3 1.03 74.5 35.1 97.62 0.846 4881.0 1.03 80.0 35.3 97.82 0.848 4891.0 1.03 85.0 35.4 97.92 0.849 4896.0 1.03 90.0 35.4 97.99 0.849 4899.3 1.03 95.0 35.6 98.16 0.851 4908.0 1.04 99.7 35.8 98.33 0.852 4916.6 1.04 104.8 35.9 98.44 0.853 4922.0 1.04 109.5 36.0 98.61 0.855 4930.7 1.04 114.8 36.1 98.70 0.855 4935.0 1.04 119.8 36.3 98.90 0.857 4945.0 1.04 125.2 37.0 99.60 0.863 4980.0 1.05 130.2 37.0 99.60 0.863 4980.0 1.05 135.5 37.3 99.90 0.866 4995.0 1.06 141.1 37.7 100.25 0.869 5012.6 1.06 146.5 37.8 100.34 0.869 5016.8 1.06 152.1 38.1 100.66 0.872 5033.2 1.06 157.5 38.2 100.78 0.873 5039.1 1.06 162.6 38.4 101.00 0.875 5049.9 1.07 168.0 38.7 101.25 0.877 5062.3 1.07 172.8 38.8 101.42 0.879 5071.1 1.07 178.5 39.1 101.80 0.882 5089.8 1.08 183.6 39.1 101.79 0.882 5089.5 1.08 189.0 39.4 102.14 0.885 5106.9 1.08 193.9 39.5 102.27 0.886 5113.6 1.08 198.8 39.8 102.56 0.889 5128.0 1.08 203.7 43.2 105.96 0.918 5298.0 1.12 208.9 42.5 105.22 0.912 5261.1 1.11 214.3 42.6 105.38 0.913 5268.9 1.11 219.5 43.0 105.80 0.917 5289.8 1.12 225.3 43.2 105.94 0.918 5297.2 1.12 231.1 43.4 106.23 0.921 5311.7 1.12 236.6 43.9 106.74 0.925 5336.9 1.13 242.3 46.5 109.28 0.947 5464.1 1.15 248.1 45.9 108.70 0.942 5435.0 1.15 253.1 46.5 109.41 0.948 5470.3 1.16 258.7 48.0 110.86 0.961 5543.0 1.17 263.9 47.8 110.73 0.960 5536.5 1.17 269.5 47.9 110.91 0.961 5545.3 1.17 274.8 47.9 110.89 0.961 5544.7 1.17 280.3 47.7 110.68 0.959 5534.0 1.17 285.4 48.0 111.04 0.962 5552.0 1.17 290.7 48.0 111.02 0.962 5551.0 1.17 295.7 47.7 110.75 0.960 5537.3 1.17 300.8 47.7 110.74 0.960 5537.0 1.17 306.1 47.9 110.94 0.961 5547.0 1.17 311.2 47.8 110.84 0.960 5542.0 1.17 316.3 47.8 110.88 0.961 5543.9 1.17 321.4 47.9 111.03 0.962 5551.5 1.17 326.8 47.8 110.93 0.961 5546.7 1.17 331.9 47.9 111.08 0.963 5554.2 1.17 336.7 47.8 111.05 0.962 5552.3 1.17 341.8 47.7 110.92 0.961 5546.0 1.17 346.9 47.6 110.87 0.961 5543.5 1.17 351.8 47.5 110.78 0.960 5539.2 1.17 356.9 47.6 110.88 0.961 5544.0 1.17 362.7 47.1 110.38 0.956 5519.0 1.17 368.1 46.9 110.18 0.955 5509.0 1.16 372.7 46.3 109.56 0.949 5478.0 1.16 377.6 46.3 109.54 0.949 5477.0 1.16 382.2 45.5 108.72 0.942 5436.1 1.15 387.1 45.0 108.28 0.938 5413.8 1.14 392.4 44.4 107.69 0.933 5384.7 1.14 397.9 43.5 106.81 0.926 5340.7 1.13 402.8 42.2 105.50 0.914 5275.0 1.11 408.0 41.1 104.46 0.905 5222.9 1.10 413.3 40.1 103.47 0.897 5173.3 1.09 418.8 39.7 103.06 0.893 5153.0 1.09 424.1 38.2 101.61 0.880 5080.4 1.07 429.1 37.2 100.58 0.872 5028.9 1.06 434.4 36.5 99.90 0.866 4995.0 1.06 439.4 35.4 98.82 0.856 4940.9 1.04 445.0 34.5 97.94 0.849 4896.9 1.03 450.3 33.5 96.96 0.840 4847.8 1.02 455.3 32.3 95.74 0.830 4787.0 1.01 460.0 30.2 93.67 0.812 4683.6 0.99 465.1 28.1 91.59 0.794 4579.6 0.97 469.8 25.5 89.01 0.771 4450.4 0.94 474.6 23.0 86.53 0.750 4326.3 0.91 480.0 20.0 83.60 0.724 4180.0 0.88 485.0 16.9 80.61 0.698 4030.3 0.85 490.7 14.1 77.83 0.674 3891.5 0.82 495.8 12.0 75.74 0.656 3787.2 0.80 501.2 9.6 73.40 0.636 3670.2 0.78 506.6 7.5 71.30 0.618 3565.0 0.75 512.4 6.1 69.88 0.606 3493.9 0.74 517.8 5.1 68.92 0.597 3446.0 0.73 522.9 4.2 68.06 0.590 3402.9 0.72 528.4 3.3 67.20 0.582 3360.0 0.71 533.9 2.6 66.50 0.576 3325.0 0.70 539.0 1.6 65.57 0.568 3278.7 0.69 544.2 0.2 64.31 0.557 3215.7 0.68 548.2 -1.7 62.40 0.541 3119.8 0.66 552.5 -5.1 59.00 0.511 2950.2 0.62 557.1 -11.1 53.06 0.460 2653.0 0.56 562.0 -19.2 45.01 0.390 2250.7 0.48 567.2 -28.1 36.17 0.313 1808.7 0.38 573.1 -37.2 26.98 0.234 1349.1 0.28 578.3 -46.8 17.40 0.151 870.0 0.18 583.3 -54.7 9.53 0.083 476.7 0.10 588.5 -58.5 5.79 0.050 289.3 0.06 594.1 -61.0 3.29 0.029 164.7 0.03 599.4 -62.1 2.24 0.019 112.2 0.02 604.4 -62.5 1.91 0.017 95.3 0.02 609.4 -62.8 1.66 0.014 83.0 0.02 614.4 -62.9 1.59 0.014 79.5 0.02 619.4 -63.0 1.53 0.013 76.3 0.02 624.4 -63.0 1.60 0.014 80.0 0.02 628.8 -63.2 1.47 0.013 73.3 0.02 633.5 -63.3 1.32 0.011 66.1 0.01 637.6 -63.2 1.48 0.013 74.0 0.02 642.4 -63.2 1.43 0.012 71.3 0.02 647.1 -63.4 1.28 0.011 63.8 0.01 651.6 -63.4 1.30 0.011 64.9 0.01 656.6 -63.3 1.38 0.012 69.0 0.01 661.7 -63.6 1.10 0.010 55.0 0.01 667.2 -63.4 1.30 0.011 65.0 0.01 672.6 -63.3 1.45 0.013 72.3 0.02 679.0 -63.5 1.33 0.011 66.3 0.01 684.8 -63.4 1.50 0.013 74.9 0.02 690.2 -63.6 1.26 0.011 63.0 0.01 695.1 -63.7 1.19 0.010 59.6 0.01 699.6 -63.5 1.48 0.013 73.9 0.02 703.1 -63.9 1.04 0.009 52.0 0.01 704.4 -63.8 1.14 0.010 57.0 0.01 703.1 -63.8 1.22 0.011 61.0 0.01 701.2 -63.8 1.12 0.010 56.2 0.01 698.3 -63.8 1.10 0.010 55.1 0.01 694.7 -63.6 1.32 0.011 66.0 0.01 691.5 -63.6 1.25 0.011 62.3 0.01 687.7 -63.6 1.24 0.011 61.9 0.01 683.2 -63.4 1.44 0.012 72.0 0.02 679.3 -63.5 1.36 0.012 68.0 0.01 674.8 -63.6 1.24 0.011 61.9 0.01 671.0 -63.6 1.22 0.011 61.1 0.01 667.2 -63.5 1.27 0.011 63.6 0.01 663.3 -63.5 1.33 0.012 66.5 0.01 658.9 -63.4 1.36 0.012 68.0 0.01 655.1 -63.3 1.42 0.012 71.2 0.02 650.9 -63.4 1.28 0.011 64.2 0.01 646.2 -63.2 1.47 0.013 73.7 0.02 641.4 -63.3 1.26 0.011 63.0 0.01 637.0 -63.2 1.36 0.012 67.8 0.01 632.3 -63.3 1.20 0.010 60.2 0.01 627.9 -63.3 1.16 0.010 58.2 0.01 623.5 -63.4 1.05 0.009 52.7 0.01 618.8 -63.1 1.41 0.012 70.5 0.01 614.1 -63.1 1.37 0.012 68.7 0.01 609.1 -63.1 1.33 0.012 66.4 0.01 604.4 -62.9 1.54 0.013 77.0 0.02 599.4 -62.5 1.91 0.017 95.7 0.02 595.0 -61.7 2.70 0.023 134.9 0.03 590.7 -60.3 4.04 0.035 202.0 0.04 586.7 -55.4 8.89 0.077 444.6 0.09 582.3 -46.8 17.58 0.152 878.8 0.19 578.3 -39.3 25.06 0.217 1253.0 0.26 573.4 -31.7 32.60 0.282 1629.8 0.34 568.8 -22.4 41.83 0.362 2091.4 0.44 564.4 -12.2 52.06 0.451 2603.0 0.55 559.2 -1.5 62.73 0.544 3136.6 0.66 553.7 6.6 70.75 0.613 3537.4 0.75 549.1 12.1 76.28 0.661 3814.0 0.81 544.2 15.7 79.85 0.692 3992.6 0.84 538.4 17.8 81.93 0.710 4096.5 0.87 533.9 18.4 82.51 0.715 4125.6 0.87 529.3 18.8 82.89 0.718 4144.6 0.88 524.8 18.7 82.72 0.717 4136.2 0.87 520.5 18.3 82.32 0.713 4115.9 0.87 516.3 18.1 82.10 0.711 4105.1 0.87 511.5 17.7 81.65 0.708 4082.4 0.86 507.2 17.4 81.25 0.704 4062.5 0.86 502.4 16.9 80.74 0.700 4036.9 0.85 497.9 16.6 80.46 0.697 4023.0 0.85 494.0 16.7 80.49 0.697 4024.5 0.85 489.5 16.8 80.58 0.698 4029.0 0.85 485.0 16.9 80.66 0.699 4033.2 0.85 480.2 17.0 80.74 0.700 4037.2 0.85 474.9 17.2 80.89 0.701 4044.5 0.85 469.2 17.7 81.31 0.705 4065.5 0.86 464.2 18.2 81.79 0.709 4089.5 0.86 458.5 18.6 82.15 0.712 4107.3 0.87 453.2 19.2 82.74 0.717 4137.2 0.87 447.9 19.7 83.30 0.722 4164.8 0.88 442.3 20.5 84.12 0.729 4205.9 0.89 437.0 21.9 85.50 0.741 4275.0 0.90 432.0 23.6 87.27 0.756 4363.5 0.92 426.1 25.7 89.34 0.774 4467.0 0.94 420.9 28.4 91.96 0.797 4598.2 0.97 416.2 30.8 94.40 0.818 4720.0 1.00 411.5 34.1 97.73 0.847 4886.7 1.03 406.9 37.6 101.19 0.877 5059.4 1.07 402.5 39.4 102.97 0.892 5148.5 1.09 397.9 41.4 104.95 0.909 5247.6 1.11 392.9 42.9 106.38 0.922 5318.9 1.12 388.3 44.8 108.27 0.938 5413.7 1.14 382.8 46.1 109.55 0.949 5477.7 1.16 377.9 46.5 109.96 0.953 5498.0 1.16 372.7 47.9 111.36 0.965 5568.0 1.18 367.5 49.5 112.94 0.979 5646.8 1.19 362.1 50.4 113.79 0.986 5689.7 1.20 356.9 50.9 114.26 0.990 5712.9 1.21 351.2 51.4 114.72 0.994 5735.8 1.21 346.4 51.5 114.78 0.995 5739.1 1.21 341.8 51.8 115.08 0.997 5754.2 1.22 337.0 52.1 115.40 1.000 5770.0 1.22 331.9 52.1 115.37 1.000 5768.4 1.22 327.0 52.0 115.25 0.999 5762.5 1.22 321.4 51.9 115.16 0.998 5758.0 1.22 316.6 52.0 115.29 0.999 5764.3 1.22 311.8 51.9 115.18 0.998 5759.0 1.22 306.7 52.0 115.28 0.999 5764.0 1.22 301.9 51.8 115.08 0.997 5754.0 1.22 296.9 51.0 114.28 0.990 5714.0 1.21 291.3 50.9 114.10 0.989 5705.2 1.21 285.7 50.9 114.14 0.989 5707.0 1.21 280.3 50.9 114.07 0.988 5703.3 1.20 274.5 50.7 113.82 0.986 5691.1 1.20 269.2 50.2 113.32 0.982 5666.1 1.20 263.6 49.9 113.04 0.980 5652.0 1.19 258.4 49.8 112.87 0.978 5643.3 1.19 253.1 49.7 112.84 0.978 5641.8 1.19 247.9 49.4 112.55 0.975 5627.7 1.19 242.6 49.4 112.51 0.975 5625.3 1.19 237.7 49.3 112.39 0.974 5619.4 1.19 232.7 49.3 112.31 0.973 5615.5 1.19 228.0 49.4 112.39 0.974 5619.3 1.19 223.4 49.1 112.05 0.971 5602.7 1.18 218.2 48.9 111.84 0.969 5591.9 1.18 213.5 48.8 111.72 0.968 5586.0 1.18 208.6 48.7 111.60 0.967 5580.1 1.18 204.0 48.7 111.58 0.967 5579.2 1.18 198.5 48.5 111.36 0.965 5568.1 1.18 193.4 48.5 111.34 0.965 5567.1 1.18 187.9 48.6 111.42 0.966 5571.0 1.18 182.8 48.9 111.70 0.968 5585.0 1.18 177.1 48.8 111.54 0.967 5576.8 1.18 171.7 48.7 111.44 0.966 5572.0 1.18 166.9 48.5 111.24 0.964 5562.0 1.17 161.5 48.4 111.18 0.963 5558.9 1.17 156.7 48.2 110.92 0.961 5546.1 1.17 151.6 48.4 111.18 0.963 5558.8 1.17 146.5 48.2 111.00 0.962 5549.8 1.17 141.7 48.1 110.84 0.961 5542.2 1.17 136.9 48.2 110.96 0.962 5548.0 1.17 132.3 48.1 110.83 0.960 5541.3 1.17 127.5 48.2 110.91 0.961 5545.3 1.17 122.8 47.9 110.62 0.959 5531.0 1.17 118.2 47.6 110.32 0.956 5516.0 1.17 113.5 47.6 110.29 0.956 5514.6 1.16 108.5 47.7 110.40 0.957 5520.0 1.17 103.7 47.6 110.27 0.956 5513.4 1.16 99.2 47.4 110.08 0.954 5504.0 1.16 94.7 47.3 109.95 0.953 5497.4 1.16 90.5 47.2 109.83 0.952 5491.4 1.16 86.3 47.4 109.98 0.953 5498.8 1.16 82.1 47.3 109.90 0.952 5495.0 1.16 78.4 47.1 109.67 0.950 5483.5 1.16 74.5 46.8 109.41 0.948 5470.4 1.16 70.6 46.8 109.40 0.948 5470.0 1.16 66.9 46.4 109.03 0.945 5451.3 1.15 63.0 46.3 108.92 0.944 5446.0 1.15 59.1 45.9 108.55 0.941 5427.3 1.15 55.7 45.8 108.41 0.939 5420.7 1.15 52.4 45.7 108.32 0.939 5416.0 1.14 49.0 45.7 108.32 0.939 5416.0 1.14 45.9 45.6 108.22 0.938 5411.0 1.14 42.0 45.4 108.02 0.936 5401.0 1.14 38.6 45.3 107.92 0.935 5396.0 1.14